Bohr's atomic theory predicted energy levels for hydrogen of E_n = -(2 π²k²e⁴ m)/(hn)². If instead we place 1 electron in "orbit" about a bare nucleus of atomic number Z, how do you expect Z to be incorporated into the E_n formula and why?

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The Answer of Bohr's atomic theory predicted energy levels for hydrogen of E_n = -(2 π²k²e⁴ m)/(hn)². If instead we place 1 electron in "orbit" about a bare nucleus of atomic number Z, how do you expect Z to be incorporated into the E_n formula and why?

Bohr's Atomic Theory Predicted Energy Levels for Hydrogen of En

Bohr's Atomic Theory Predicted Energy Levels for Hydrogen of E_n